GOETHEGLAS RESTOVER TIKANA Glass for Restoration
2 SCHOTT is an international technology group with 130 years of ex perience in the areas of specialty glasses and materials and advanced technologies. With our high-quality products and intelligent solutions, we contribute to our customers success and make SCHOTT part of everyone s life. SCHOTT works closely with architects and designers to extend the boundaries of design and create new opportunities for building culture in terms of design and space, indoors and outdoors, aesthetics and functionality. That s what makes SCHOTT a qualified partner for architecture. Cover: The windows of the German Historical Museum located in a former arsenal in Berlin are special energy-efficient windows including RESTOVER Glass for Restoration. Right: The Palace of Tears at the Friedrichstrasse train station in Berlin classified as a historical monument received a glass facade including the restoration glass TIKANA that closely resembles the original when it was renovated.
SCHOTT s Glasses for Restoration are the best choice for the faithful restoration of historical buildings from various eras mimicking the appearance of the original glazing materials GOETHEGLAS for buildings from the 18th and 19th centuries, RESTOVER glass for buildings dating from the early 1900s and TIKANA glass for buildings from the classical modern period these glasses also meet any number of contemporary needs because of the wide variety of processing options available, from UV protection to thermal insulation. 3
4 Accurate in style and true to the times Historical in form, innovative in function Restoring historical monuments is a delicate task in which every aesthetic nuance is important. SCHOTT s Glasses for Restoration provide the wide range of materials that architects need to do the job right. Manufactured using the traditional Fourcault process, the look of the glass is based on historical window glasses from different eras. GOETHEGLAS GOETHEGLAS is a colorless, drawn glass with the irregular surface characteristic of window glass common to the 18th and 19th centuries. It can also be used to protect precious, leaded glazing from the elements and other adverse environmental conditions. RESTOVER RESTOVER resembles the window glass manufactured at the turn of the century. Its minimal thickness makes it easy to install in historical window frames and fittings. While the surface of RESTOVER light glass is slightly less irregular, RESTOVER plus glass has a much more irregular surface structure and resembles mouth-blown glass. TIKANA TIKANA glass is particularly well-suited for buildings in the Bauhaus style. Its slightly irregular surface harmonizes with buildings from the classical modern period. Like the other SCHOTT restoration glasses, TIKANA glass offers every opportunity to link historical charm with modern physical building properties. SCHOTT Glass for Restoration GOETHEGLAS for buildings from the 18th and 19th centuries RESTOVER glass for buildings from the early 1900s TIKANA glass for buildings from the classical modern period Also available with enhanced UV protection A wide variety of processing options (e. g. as laminated glass, with coatings or as insulating glass units) Left: TIKANA restoration glass was used during the renovation of the Bauhaus- Universität Weimar (Germany) Right: RESTOVER glass was chosen for the German Historical Museum in Berlin.
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6 Bauhaus-University Weimar Brendelsches Atelier SCHOTT Glass for Restoration For monument authenticity in step with the times SCHOTT enhances restoration glazing by integrating proven modern solutions, such as heat insulation-, sun-, UV-protection, secure overhead mounting, burglar resistance, soundprotection, which were unknown at the time of construction. Elements of these solutions include coatings and films, inert gas fillings between the window panes and a number of different spacers for insulating glass units, colored or otherwise. For example, an assembly made of TIKANA glass provides heat insulation and sun protection without detracting from the appearance of the Van de Velde Building at the Bauhaus-Univeristät. While conventional PVB films only effectively protect against UV in the wavelength range between 280 nm and 380 nm, SCHOTT has developed a film that can be used with all SCHOTT Glasses for Restoration and reduces transmission from 57 to 8 in the range 380 nm to 420 nm. Please contact us. Advanced Optics SCHOTT North America, Inc. 555 Taxter Road Elmsford, NY 10523 USA Phone +1 (914) 831-2240 Fax +1 (914) 831-2346 info.architecture@us.schott.com www.us.schott.com/architecture
Advanced Optics SCHOTT North America, Inc. 555 Taxter Road Elmsford, NY 10523 USA Phone +1 (914) 831-2240 Fax +1 (914) 831-2346 info.architecture@us.schott.com www.us.schott.com/architecture CAT_0008_OM ENGLISH/US 03140.25 kn/odd Printed in Germany
SCHOTT Glass for Restoration TIKANA Technical Data Sheet Spacers Insulating glass units can be manufactured with different spacers: Aluminum or stainless steel spacers, upon request, painted to match the color of the window frame Aluminum-reinforced plastic spacers with outstanding thermal insulation properties in different colors State-of-the-art insulating glasses can be installed in his torical window constructions with a minimal gap of 5/32 between the glass panes. SCHOTT has a solution to meet your special requirements In addition, SCHOTT has developed solutions with different compositions, laminate structures, and combinations to fulfill a wide range of functions. For example: a sun protection coating applied directly to the restoration glass, combined with the special SCHOTT UV protection in the laminated glass within an insulating glass unit. This combination protects sensitive materials against high energy UV radiation and undesirable heating-up by sun irradiation. In spite of this, the color rendering index remains extremely high. The SCHOTT special film SCHOTT has developed a laminated glass with UV protection to protect your works of art and historical objects from short-wave radiation as effectively as possible. The solution is based on the use of a special film, which ensures extra protection in the critical wavelength range between 380 nm and 420 nm and far surpasses the performance of other solutions currently available. While standard PVB film in laminated glass typically achieves average transmittance of 57, the innovative SCHOTT special film achieves an exceptional 8. 57 8 Radiation from 380 nm to 420 nm Conventional PVB film Radiation from 380 nm to 420 nm Special SCHOTT film With conventional PVB film, transmittance in the relevant wavelength range = 57. With the special film from SCHOTT, the average transmittance of laminated glasses in the wavelength range between 380 nm and 420 nm is 8. All systems are also available with the other restoration glasses. The technical data are exemplary for TIKANA. Glass type Thickness Thickness Tolerances inches Max. Dimensions inches x inches TIKANA 5/32 ± 0.01 94.5 x 63.0 GOETHEGLAS 3/16 ± 0.02 82.7 x 59.1 RESTOVER 7/64 ± 0.01 63.0 x 59.1 RESTOVER light 7/64 ± 0.01 63.0 x 59.1 RESTOVER plus 1/8 ± 0.014 63.0 x 59.1
SCHOTT Glass for Restoration TIKANA Technical Data Sheet Glass configuration Heat transfer coefficient U g W/(m 2 K) UV-transmittance τ UV Spectral transmittance τ 380 nm 420 nm Light transmittance τ V Solar heat gain coefficient g General color rendering index R a Standard glass without coating TIKANA 5.8 78 91 91 91 100 TIKANA 5/32 Laminated glass with UV protection TIKANA, PVB standard, float; assembly thickness approx. 0.31 5.6 < 1 57 90 83 99 TIKANA, SCHOTT special film with UV protection, standard float; assembly thickness approx. 0.31 5.6 < 1 8 89 80 98 TIKANA 5/32 Float glass 5/32 Standard PVB film or film with UV protection Glass configuration U g W/(m 2 K) τ UV τ V g R a Insulating glass with heat insulation TIKANA, Cavity, float with arcon N33; (5/32 5/32 5/32 ); total assembly thickness approx. 1/2 1.9 26 80 64 98 TIKANA, Cavity, float with arcon N33; (5/32 0.63 5/32 ); total assembly thickness approx. 0.94 1.1 26 80 65 98 TIKANA 5/32 Cavity/gas: 5/32 krypton, 0.63 argon Standard float glass 5/32 low-e coating (arcon N33) Insulating glass with sun protection TIKANA, with arcon sunbelt platin, Cavity, float glass according to building codes; (5/32 5/32 5/32 ); 1.9 17 73 45 96 total assembly thickness approx. 1/2 TIKANA, with arcon sunbelt platin, Cavity, float glass according to building codes; (5/32 0.63 5/32 ); total assembly thickness approx. 0.94 1.1 17 73 45 96 TIKANA 5/32 Sun protection coating (arcon sunbelt platin) Cavity/gas: 5/32 krypton, 0.63 argon Float glass 5/32 Insulating glass with interior laminated safetyglass / laminated glass TIKANA, with arcon sunbelt platin, Cavity, LSG (float/ 0.03 PVB / float); (5/32 0.63 0.31 ); 1.1 < 1 74 45 97 total assembly thickness approx. 1.1 TIKANA, with arcon sunbelt platin, Cavity, LG (float/ film with UV protection / TIKANA ); (5/32 0.63 0.31 ); total assembly thickness approx. 1.1 1.1 < 1 73 45 96 TIKANA 5/32 Sun protection coating (arcon sunbelt platin) Cavity/gas: 0.63 argon Standard PVB film or film with UV protection Float glass 5/32 Insulating glass with exterior laminated glass LG TIKANA, 0.03 standard PVB / float, float with arcon N33; (0.31 0.63 5/32 ); total assembly thickness approx. 1.1 1.1 < 1 74 64 97 LG TIKANA, 0.03 film with UV protection / float, float with arcon N33; (0.31 0.63 5/32 ); total assembly thickness 1.1 1.1 < 1 73 63 96 TIKANA 5/32 Float glass 5/32 Cavity/gas: 0.63 argon Standard PVB film or film with UV protection low-e coating (arcon N33) Ug-value calculated per DIN EN 673 τ UV Ultraviolet transmittance τ V Light transmittance g Total energy transmittance R a General color rendering index per DIN EN 410 Cavity Space between panes LG Laminated glass LSG Laminated Safety Glass Advanced Optics SCHOTT North America, Inc. 555 Taxter Road Elmsford, NY 10523 USA Phone +1 (914) 831-2240 Fax +1 (914) 831-2346 info.architecture@us.schott.com www.us.schott.com/architecture